Development of a strategy to increase the efficiency of oil transportation through the pipeline

Ivanov, Igor; Avlasenko, Ilona

doi:10.1051/e3sconf/201913501090

Cited by 5 publications

(2 citation statements)

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“…This will create an opportunity to apply a new highly nutritious protein in the diet of people at low production costs and will give a greater probability of increasing the life span of the population [15]. In addition, this technology, in addition to processing lupin, can be used for a wide range of production processes, in particular for the process of improving the transportation of oil and petroleum products through the pipeline [16].…”

Section: Resultsmentioning

confidence: 99%

Strategy of increasing protein production based on lupin and nano disintegrator technology

Ivanov,

Persiyanova

2024

BIO Web Conf.

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The article considers the problem of providing food to the population. To solve this problem, it is proposed to master the process of protein production from lupin. The cultivation of lupin will allow the development of the northern territories of the country and will make it possible to accelerate the development of the northern sea route. It has been established that of all leguminous crops, lupin has the most nitrogen-fixing ability, which will allow further use of arable land for sowing other crops and reduce the amount of nitrogen fertilizers used. It is noted that lupine feed is difficult to digest. To solve this problem, high-temperature grain processing has been developed. This technology improves the process of feeding poultry and animals, but has disadvantages such as: high-temperature processing of lupin grain contributes to the destruction of a number of amino acids and reduces the effect of the vitamin complex; significant additional costs are required for hydrothermal exposure. To eliminate these shortcomings, a new lupin processing process is proposed using a disentangulatory technology. To improve the disintegrator technology, a nanodesintegrator process is proposed by using microturbines instead of electric motors, which increases the effect of grinding the structure and activating biological systems by 19.2 times.

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Section: Resultsmentioning

confidence: 99%

Strategy of increasing protein production based on lupin and nano disintegrator technology

Ivanov,

Persiyanova

2024

BIO Web Conf.

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“…3 For the learning process in the proposed specialty, a program has been developed and a set of basic disciplines has been defined. In this case, it is advisable to carry out the learning process in two stages [13][14][15][16].…”

Section: Resultsmentioning

confidence: 99%

Training of organizational and managerial personnel responsible for the environmental safety strategy

Ivanov,

Persiyanova

2023

E3S Web of Conf.

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The article discusses the reasons for the inconsistency of the university training program for organizational and managerial personnel responsible for the environmental safety strategy in the areas of study implemented at the university, taking into account the international requirements of the ESG strategy, which comprehensively evaluates all factors: social, environmental and managerial, both on the production system and on environment and is being widely implemented in various global business firms. The main ways of improving the quality of training of organizational and managerial personnel responsible for the creation of new enterprises and the improvement of existing ones in order to ensure high efficiency of environmental safety and life support are determined. A program of disciplines and methods have been developed to ensure the process of its implementation.

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Improving the process of training specialists on the introduction of innovative technologies

Ivanov,

Persiyanova

2024

BIO Web Conf.

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The article examines the process of inconsistency of the existing system of training production organizers. Based on research conducted at the largest machine-building enterprise in Russia for the production of mainline freight and passenger electric locomotives, PC NEVZ LLC, a great need for these specialists has been identified. Analysis of existing productivity and the presence of sanctions assumes the implementation of import substitution through the introduction of new and breakthrough technologies. For this purpose, one of the significant tasks is the training of new specialists - innovative managers capable of introducing innovative technologies and methods for improving the organization of production. The article describes the main functions of these specialists, determines which disciplines should be studied for this type of activity, and discusses the main teaching methods. The knowledge and skills that innovative managers must have to implement the process of introducing innovative technologies in modern conditions are determined. The need for widespread implementation of methods of functional-cost analysis, the theory of solving inventive problems and the method of repeated use of feedback in the implementation of innovative projects for improving various systems is shown. For the main learning process, it is proposed to use the project method using the “Singapore training system”, which makes it possible to prepare specialists who can think and work in a team when carrying out real projects. The relationship between gross domestic product (GDP) per capita and the process of startups in highly developed countries is shown. To train innovative managers, a new training system is proposed, which is based not on the perception of information materials, but on the process of creative creation of new systems and processes using existing information materials, if necessary.

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Development of a strategy to increase the efficiency of oil transportation through the pipeline

Abstract: This paper presents the authors’ method of developing an original solution to improve the efficiency of oil transport through a pipeline based on the TRIZ-FSA (TIPS-FCA) system with obtaining a patent for a method and device.

Cited by 5 publications

References 1 publication

Strategy of increasing protein production based on lupin and nano disintegrator technology

Strategy of increasing protein production based on lupin and nano disintegrator technology

Training of organizational and managerial personnel responsible for the environmental safety strategy

Improving the process of training specialists on the introduction of innovative technologies

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